Click to edit Master title EHRs: The Good, the Bad, and ...
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EHRs: The Good, the Bad, and the Ugly
Graham Billingham, MD, FACEP, FAAEM, Chief Medical Officer, MedPro Group
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Identify patient safety and malpractice risks associated with electronic health record (EHR) implementation, use, and maintenance
Discuss strategies and best practices to ensure safe patient care and an effective, efficient, and defensible medical record
Explain how an EHR system can be used to improve patient safety and outcomes and mitigate risk
Understand the current litigation environment of EHRs and forensic audits
Understand emerging risks for the future
Overview
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Handwriting
Dictation
Template: T-System
Boutique: Ibex, Picis
Enterprise: EPIC, Cerner
Aftermarket products
mHealth — apps
FHIR - next generation
EHR evolution
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EHR goals
Source
Increase practice efficiencies and cost savings
Improve care coordination
Improve accuracy of diagnoses and health outcomes
Increase patients’ participation in their care
Improve quality and convenience of patient care
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Certified EHRs support patient safety efforts
Improved aggregation, analysis, and communication
Evidence-based diagnostic decision support.
Therapeutic decision support
Prevention of adverse events.
Clinical alerts and reminders.
Data reports to support performance improvement activities
Use of EHRs for clinical quality improvement research.
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Improve Communication during PACU Handoffs and Increase Nurse Satisfaction
Use of a standardized checklist in the electronic health record (EHR) increased both the accuracy and amount of information exchanged during handoffs from anesthesia to post-anesthesia care units (PACUs)
The checklist also decreased the time it took to conduct a verbal handoff and increased nurse satisfaction
The use of a standardized anesthesia to PACU EMR-based handoff checklist significantly increased the percent of accurate information transferred without considerably affecting the duration of the PACU handoff process
Source: ECRI 7/3/19; Journal of PeriAnesthesia Nursing Volume 34, Issue 3, June 2019, Pages 622-632
Recent literature - EHR checklist
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Data from the 2012 and 2013 Medicare Patient Safety Monitoring System.
The sample included patients age 18 and older that were hospitalized for one of 3 conditions: acute cardiovascular disease, pneumonia, or conditions requiring surgery.
Outcome measures were in-hospital adverse events, including hospital-acquired infections, adverse drug events (based on selected medications), general events, and post-procedural events.
Among the 45,235 patients who were at risk for 347,281 adverse events in the study sample, the occurrence rate of adverse events was 2.3%, and 13.0% of patients were exposed to a fully electronic EHR.
Patients exposed to fully electronic health records, however, had 17–30 percent lower odds of any adverse event
Cardiovascular, pneumonia, and surgery patients exposed to a fully electronic EHR were less likely to experience in-hospital adverse events.
Source: https://www.ncbi.nlm.nih.gov/pubmed/26854418; J Patient Saf. 2016 Feb 6. Electronic Health Record Adoption and Rates of In-hospital Adverse Events. Furukawa MF1, Eldridge N, Wang Y, Metersky M.
AHRQ Study: Fully Electronic Health Record Associated With Lower Odds of In-Hospital Adverse Events
Recent literature - reduction in adverse events
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Recent literature – mixed results
1246 hospitals over 7 years
EHR implementation, EHR vendor, and Meaningful Use status
Looked at CHF, pneumonia, AMI
Process care measures improved 45%
No difference in mortality rate
No difference in readmission rate
Source: https://www.ncbi.nlm.nih.gov/pubmed/31233144
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Federal incentive programs beginning in 2009.
To date, these initiatives have provided over $37 billion in incentive payments to clinicians and hospitals to adopt health information technology, including EHRs.
Use of EHRs in office-based practice has grown from about 24 percent to 86 percent in 2017.
The growth of EHRs in hospitals is even more dramatic; in 2017, 96 percent of non-Federal acute care hospitals used an EHR.
Source: retrieved from
https://www.bostonglobe.com/news/nation/2014/07/19;
https://www.ahrq.gov/news/blog/ahrqviews/promise-of-electronic-health-records.html
AHRQ
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Death By 1,000 Clicks – Fortune 3/18/19
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Death By 1,000 Clicks – Fortune 3/18/19
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Streamline care transitions
Decrease cost
Reduce handoffs
Drug-drug interactions
Evidence-based guidelines
Narrow practice variation
Measure outcomes
Clinical decision support
Disease management
“Hub-and-spoke” problem
User interface
Disenfranchised physicians
Workflow disruption
Patient safety errors
Time away from patients
Vicarious liability
De-installations/AR lag
Few winners as of yet
EHRs: Is the glass half full or half empty?
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Excessive physician and staff time to implement
Disruption to practice
Concern with the time it will take to implement and be eligible for meaningful use
Concern with staff skills and ability to implement
Unexpected costs for associated hardware
Unexpected costs to implement the basic system
Concern of system quality
Concern with vendor quality and support
Unexpected costs to customize the system to a practice’s needs and requirements
Unexpected costs to maintain the system and keep it function
Source: Terry, K. (2015, May). EHRs broken promise. Medical Economics
Retrieved from http://medicaleconomics.modernmedicine.com/medical-economics/news/ehrs-broken-promise?page=full
Top EHR implementation challenges
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EHRs are used by 93 percent of practices.
EHRs not designed to support quality improvement or research.
Practices typically need ongoing support to navigate the learning curve, adjust their workflows, and improve efficiency.
Few practices are using EHRs to report clinical quality measures. This represents a substantial missed opportunity to drive practice improvement.
One-third of practices have never discussed their data as a team.
Only 63 percent shared patient health data electronically with other providers or organizations.
Practices often are unclear where to turn for technical assistance
Source: Bob McNellis M.P.H., P.A. 2/12/19, AHRQ The Promise of Electronic Health Records: Are We There Yet?
The Promise of Electronic Health Records: Are We There Yet?
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System interface issues — hardware, software applications, data flow (e.g., between order entry and pharmacy)
Clinician communication pitfalls, including problems sending and receiving referral/consult information, as well as possible uncertainty as to whether the information was received
Overuse or inappropriate use of the “copy and paste” function
Alert fatigue, which may cause clinicians to ignore or workaround critical alerts
Process lapses, such as failure to review information for content and accuracy prior to finalizing documentation
System failure and backup processes
EHR Risks
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Role of the EHR in patient safety events
3,099 reports related to EHR
10% classified as “unsafe” condition
15 reports in “temporary” harm
• Entering wrong medication data
• Administering the wrong medication
• Ignoring a documented allergy
• Failure to enter lab tests
• Failure to document an allergy
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A multimillion-dollar "go-live" implementation of the EpicCare EMR from Epic Systems Corp. came under intense scrutiny Tuesday when two nurses approached the governing body of a California hospital with patient safety concerns.
Those concerns stem from an incident at a Contra Costa County hospital clinic at the West County Detention Facility in Richmond, CA, where one nurse says the Epic system's recommended dosage of a heart medication "could have killed the patient."
"We're unable to document our medication administration correctly," said an emotional Lee Ann Fagan, speaking to the Contra Costa County Board of Supervisors in Martinez, CA.
Scott Mace, for HealthLeaders Media , August 16, 2012
CA Nurses Sound Alarm Over Epic EMR System
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Patient harm
Signs of fraud “updcoding”
Gaps in interoperability
Doctor burnout
Web of secrets
Source: https://www.c-span.org/video/?460228-6/washington-journal-fred-schulte-discusses-electronic-medical-record-regulations
Source: https://khn.org/news/death-by-a-thousand-clicks/
Kaiser Health News June 2019
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Burnout among health care professionals is ubiquitous
102 Google Scholar articles
50-70% attribute cause to EHR
Increased patient safety incidents
Increased medical errors
Reduced patient satisfaction
Poorer quality and safety ratings
Increased malpractice risk
Burnout & EHR
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Errors Happen Regularly
Everyone Has Responsibilities
10 year anniversary HITECH Act
21st Century Cures Act; Sec. 3009A. Electronic Health Record Reporting Program
Letter to congress
https://ehrseewhatwemean.org/letter-to-congress/
https://ehrseewhatwemean.org/
Abstract
Four healthcare systems (2 Epic and 2 Cerner).
Six clinical scenarios.
Imaging, laboratory, and medication tasks
There was wide variability in task completion time, clicks, and error rates.
For certain tasks, there were an average of a nine-fold difference in time and eight-fold difference in clicks
Error rates varied by task (X-ray 16.7% to 25%, MRI: 0 to 10%, Lactate: 0% to 14.3%, Tylenol: 0 to 30%; Taper: 16.7% to 50%).
Source: Journal of the American Medical Informatics Association, Volume 25, Issue 9, September 2018, Pages 1197–1201,
MedStar Health National Center for Human Factors in Healthcare
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Recent Court Cases
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53% of participants have already seen EHR-related claims
The top trends:
Cut-and-paste practices
Failure to review additional electronic records
Failure to interface with other systems
Allegations of HIPAA violations
Templates used by EHRs
Too generic
Not intuitive to use
Overreliance on the system
PIAA — EHR litigation data
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EHR errors as a risk factor — by location
Source: CRICO Strategies. (2013, January). Electronic health record pilot project.
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Malpractice risks
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Malpractice risks
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EHR errors as a risk factor — by case type
Source: CRICO Strategies. (2013, January). Electronic health record pilot project.
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Malpractice risk
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Incorrect information in the EHR was a factor in 20% of cases
Faulty data entry - a patient’s height is 60 inches but is recorded as
60 centimeters, which distorts her body mass
Unexpected conversions - the data is entered correctly, but the computer auto-converts it without the user noticing. For example, 2.5 changes to 25, which becomes a medication error when a clinician acts on the higher number.
Wrong file or field - user accidentally opens up the wrong patient file and orders medication or records vital signs for someone else.
Repetitive errors - mistakes in a patient record persist for years without being caught.
EHR Claims Analysis
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EHR errors — by clinical severity outcome
Source: CRICO Strategies. (2013, January). Electronic health record pilot project.
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A legal EHR is an official record of patient care, with specified content and required by regulation.
Develop a policy statement that defines what your practice considers to be a legal patient record.
When is the record considered complete for accreditation/compliance purposes?
How long can it remain incomplete? Complete before release?
What “version” (considering amendments, etc.) is supplied and what visual clues to other versions? Who has access to what versions?
What time span will be applied to each version?
Retention periods? Scanned documents?
Know what the printed copy of the legal EHR record looks like.
Defining the legal EHR
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Time synchronization
Audit trails/metadata
Medical guidelines and best practices are not updated
Alert fatigue/overload
Too many “normal” indicators
Abnormal areas are incorrectly documented
Usable information is harder to find
Document events before they actually occur
Data entered for the wrong patient
Other problem areas
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In 2006, e-discovery amendments were made to the Federal Rules of Civil Procedure.
o Require production of electronically stored data and metadata if requested.
Metadata is the “hidden data”
Such as: author of the entry, timestamp, changes to the record, etc.).
Metadata may not be easily accessible.
o May include requests for email.
Risk strategy discussion:
o Maintenance, retention, and destruction of records
Remember that every keystroke is
in memory by time and author,
even if erased or overwritten.
Electronic discovery
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Hall v. Flannery
o Allowed audit trail over defense objections of peer review protection and privileged content
o Using metadata to establish physician habits and routine
o Access to original displays
o Two different printed versions
o Allegation that the record had been altered
o Software patches and upgrades
o Costly forensic battles
o Designed to be used in the electronic environment
EHR audit trails
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The printed record shows the current information, but not the information that was available to the provider at the time the care was rendered.
Physician documents patient care 4 hours after actual treatment, but the system records the entry as occurring at the time of treatment
The time sequence indicated that a child was born before the C-section was performed.
Plaintiff’s attorney “How much time did you spend looking at the results?”
2 years ago the patient had his foot amputated, but the ROS and the PE indicate that the extremities are normal.
Meta Data — Examples
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26 y/o smoker with fever, flu-like symptoms, pulse ox normal, WBC 14
CXR was read normal per ED
No preliminary reading in EHR
Radiologist dx’d LLL pneumonia 45 min later
Prior to patient discharge
Admitted next day for respiratory failure and ultimately died
RadiologistFailure to properly communicate
Failure to follow critical result protocol
HospitalNegligent hiring, training, and supervision of physicians and nurses
Failure to enforce protocols for communicating radiology results
Negligence in providing medical care (allowing patient to be discharged on the initial ED presentation)
ED attending and residentFailure to diagnose and treat pneumonia
Failure to report chest X-ray findings on the radiology information system in order for the radiologist to determine whether a discrepancy report should be filed.
Case #1 x-ray discrepancy
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37 y/o with HTN, headache, vomiting, blurred vision in right eye resolved by next day
Nurse notes “dysconjugate gaze with right eye.”
ED doc normal exam; dx migraine
Returns confused with aneurysm rupture, now G tube
EHR refreshes every 34 minutes; ED doc never saw notation
Nurses comments went to flow sheet not into notes section
ED docs don’t routinely review the flow sheet
Docs and nurses see and use different screens
Case #2 different screens
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A patient’s orthodontist referred her to an oral surgeon for elective extraction of several teeth. The surgeon met with the patient to discuss the procedure and obtain consent.
The night before the extraction, the surgeon reviewed the patient’s electronic record, and the procedure commenced the next day without complications. However, following the procedure, the surgeon noticed a separate paper chart for the patient.
In the chart was a letter from the orthodontist with a new, updated treatment plan that was never entered into the EHR. The new plan recommended removal of different teeth than the original plan specified.
Case #3 paper to electronic conversion
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A patient who had a history of smoking, high cholesterol, and borderline hypertension presented to his primary care office complaining of intermittent numbness in his left hand and mild neck pain.
The patient expressed concern that his symptoms were cardiac related because his brother had recently had a heart attack. The patient’s electrocardiogram was normal, and the provider diagnosed the patient with nerve compression.
Several months later, the patient presented to urgent care for gout and an ongoing cough. Although the urgent care provider had access to the patient’s electronic record, it did not reflect his recent symptoms or family history of heart attack because it was a duplicate of an older record. The patient was given medication for gout and cough and sent on his way.
Nine days later, the patient was found dead. The death certificate indicated atherosclerotic disease and heart attack as the cause of death.
Case #4 copy and paste
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Identify a workflow process that needs to be adjusted.
Chart the steps in the process, and determine where the pain points exist and possible solutions.
Determine whether to phase in workflow adjustments or implement them simultaneously
Continue to refine efficiency and workflows based on the accumulating experience with the EHR system.
Consult outside experts, but with caution. Your EHR vendor, for example, knows their system better than how your practice works. When it comes to workflow, no one knows your processes better than your staff.
Tips to improve EHR workflow processes
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Consider quarterly report of amended records and daily/weekly report of open records
Billing/coding audits
Practice management
Patient population profiling
Frequently used drugs/supplies
Reconciliation of test results
Status of incomplete charts
Amendments (number and kind)
Release of PHI and HIPAA compliance
Performance improvement: audits and high-risk metrics
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Lost data
Transition
Hybrid systems
System failures
System processes — e.g., test/consult results
Process/workflow changes — new error pathways
Stringent documentation guidelines — no workarounds
Be careful with ‘ghost charts’
Documentation
Overreliance on templates and “check boxes” — the disappearing narrative
Array of patient data not conducive to critical thinking
Implementation/maintenance strategies
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Assessment and comparison of findings from previous visits (problem list)
Known or suspected allergies (alerts)
Medication list/reconciliation (alerts)
Documentation should reflect critical thinking and treatment plan
Documentation risks and strategies
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Abnormal vital signs
Changes in patient’s condition
Response to treatment
Additions/deletions
Late entries
Omissions/incomplete records
Inconsistent/contradictory entries
Subjective remarks/finger-pointing
Medical decision making
Changes in treatment plans
Patient response to a course of treatment
Conversations with the patient
Follow-up care provided
Patient compliance, including missed/cancelled appointments
After hours contact
Consults
Documentation risks and strategies: red flags
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Omission in history
Assessing risk factors
Inadequate exam
Appropriate testing (medical necessity)
Response to therapy
Serial exams
High risk cases – intoxication, AMS, hostile, AMA
Contemporaneous documentation
Pertinent positives and negatives
Prior episodes
Exclude high risk diagnoses
Change in status
Differential diagnoses
Discussions with consultants
Specific discharge instructions
Discrepancies between providers must be addressed
Common Documentation Errors
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Discharged to whom
Specific discharge instructions
Medications-dosage, frequency, duration
Pre-printed
Language specific
Specific time frame and MD referral
Last chance to get it right
Disposition
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Identify functions within the EHR that create high risk for your practice, such as:
Test tracking
Drug interaction and allergy alerts
Cancelled appointments and “no shows”
Medication prescribing process
Consider developing a performance improvement plan to help mitigate these risks.
Source: http://www.healthit.gov/safer/safer-guides
EHR risk strategies
Conduct regular audits
Test system security
Print five charts of high risk diagnoses each quarter and review
Be wary of auto-populate, shortcuts, cloning, drop- downs
Review scribe charting process
Review vendor contract and “hold harmless” clause
Be careful with customization
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Check the patient ID
Document conversations, even online communications, into the patient record
Review and update allergies prior to entering any medication orders
For children, if not built into the EHR, use weight based dosing recommendations, age appropriate dosing calculators, dose range checking, and pedi-specific drug-to-drug interaction
If your institution’s EHR process does not facilitate both cancellation and acknowledgment of receipt of orders for labs, radiology, and pharmacy, then make sure to close this loop
Be aware of, and use when appropriate, clinician decision support (CDS) tools in the EHR.
Minimize the use of free text for order entry.
Be aware of the measurement system the EHR uses (U.S. Customary Units vs. Metric System).
Make sure that the data you enter hasn’t been automatically converted to incorrect data.
Make sure you enter information into the correct field.
Source: https://www.rmf.harvard.edu/Clinician-Resources/Newsletter-and-Publication/2014/Insight-Tips-When-Using-EHRs
CRICO EHR Risk Tips
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Next generation
FHIR® — Fast Healthcare Interoperability Resources
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No one is going back to paper
User interface and workflow integration remain challenging
EHR takes time away from bedside
Work arounds are dangerous
Do not turn off alerts
Marked increase in use of scribes
Many near misses and patient safety events
EHR-related cases are now in the courts
Plaintiffs going after metadata and audit trails
Doctors need to define their legal record
Need to practice for disaster recovery
Still searching for the Holy Grail
Conclusions
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HealthLeaders Media News. (2016, June 3). Only 4% of hospitals don’t use EHRs. Retrieved from www.healthleadersmedia.com/innovation/only-4-hospitals-dont-use-ehrs
Office of the National Coordinator for Health Information Technology. (2016, December). Office-based physician electronic health record adoption. Health IT Quick-Stat #50. Retrieved from https://dashboard.healthit.gov/quickstats/pages/physician-ehr-adoption-trends.php
PIAA. (2015, January). Part 1 of 2: Electronic health records and a summary analysis on the 2012 PIAA EHR Survey. Research Notes, 1(1), 3.
CRICO Strategies. (2017, September 12). CBS educational webinar: EHR-related risks.
Office of the National Coordinator for Health Information Technology. (2018). Electronic health records (Section 1). In Health IT playbook. Retrieved from www.healthit.gov/playbook/
Mangalmurti, S. S., Murtagh, L., & Mello, M. M. (2010). Medical malpractice liability in the age of electronic health records. The New England Journal of Medicine, 363(21), 2060–2067.
Resources
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Frellick, M. (2016, March 16). Note bloat disrupts utility of electronic health records. Medscape. Retrieved from www.medscape.com/viewarticle/860459
ECRI Institute. (2015, October). Copy/paste: Prevalence, problems, and best practices. Retrieved from www.ecri.org/Resources/HIT/HTAIS_Copy_Paste_Report.pdf
Dimick, C. (2008, June). Documentation bad habits: Shortcuts in electronic records pose risk. Journal of AHIMA, 79(6), 40–43. Retrieved from http://library.ahima.org/xpedio/groups/public/documents/ahima/bok1_038463.hcsp?dDocName=bok1_038463
Partnership for Health IT Patient Safety. (2016, February). Health IT safe practices: Toolkit for the safe use of copy and paste. Retrieved from www.ecri.org/resource-center/Pages/HIT-Safe-Practices.aspx
Broulliard, C. P. (2016, August). Electronic health record liability. For the Defense, 80-86.
Resources
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Canfield, D. (2012, March). An overview of state e-discovery rules. Inside Counsel.Retrieved from www.insidecounsel.com/2012/03/15/an-overview-of-state-e-discovery-rules
Mangalmurti, et al. Medical malpractice liability. Sterling, R. B. (2016, March 25). Hidden malpractice dangers in your EHR. Medscape. Retrieved from www.medscape.com/viewarticle/857727
Agency for Healthcare Research and Quality. (2017, June). Patient safety primer: Alert fatigue. Retrieved from https://psnet.ahrq.gov/primers/primer/28/alert-fatigue
Smith, K. (2013, March 5). For doctors, too much information? Politico. Retrieved from www.politico.com/story/2013/03/electronic-alert-glut-overloads-doctors-88394.html; Rice, C. (2013, March 5). 87% of physicians says quantity of EHR alerts ‘excessive.’ HealthLeaders Media. Retrieved from www.healthleadersmedia.com/content/TEC-289789/87-of-Physicians-Say-Quantity-of-EHR-Alerts-Excessive
Luthra, S. (2016, June 15). Screen flashes and pop-up reminders: ‘Alert fatigue’ spreads through medicine. Kaiser Health News. Retrieved from https://khn.org/news/screen-flashes-and-pop-up-reminders-alert-fatigue-spreads-through-medicine/
Resources